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Why Metal Finishing Matters in the MedTech Industry

Medical device manufacturers face numerous challenges in their quest to develop the high-quality, top-performing, safe products their specialized client base demands. Metal finishing, the process of altering the surface of a workpiece to enhance its appearance, performance and/or durability, plays a prominent role in most medical device manufacturing operations.

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Platinum Vs. Palladium Plating in Medicine

The biomedical industry uses a range of metal instruments, and in recent years, the prevalence of implantable medical devices has increased dramatically. From joint replacements to pacemakers, implanted medical devices are changing the world of biomedical science. A key part of these implants’ functionality involves metallic plating. The biomedical field widely uses metal coating, and […]

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Surface Preparation Considerations When Plating onto Plastic

When most of us think of electroplating, we think of techniques involving the coating of a metal part with another metal material such as gold, nickel, copper or silver. However, it is also possible to plate non-metallic materials to promote electrical conductivity, improve corrosion protection or enhance the aesthetic appeal of the finished part. Plastic […]

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Exploring Safer Alternatives to Chrome Plating

Hard chrome plating has been a preferred metal finishing solution since the 1940s — over time it has grown into a $20 billion industry. Chrome’s combination of superior hardness (which easily exceeds that of steel), excellent corrosion protection, abrasion resistance and bright, gleaming finish make chrome plating a top choice for various applications in industries […]

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Metal Plating on Satellites: The Benefits of Light Reflection

Hundreds of advanced technologies on earth employ metal plating as an integral part of their function, from industrial electronics to automotive machining. Those applications don’t end in the earth’s atmosphere, however. Metal plating has countless applications in spacecraft and satellite design, from electronic satellite components to telescopes. Read on to learn more about how metal […]

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ENEPIG Plating for Printed Circuit Boards

Printed circuit board (PCB) manufacturing involves several technologies to bring about the desired results and functionalities. One of these technologies is the surface finish. The copper layer of a PCB oxidizes when it meets air, reducing the soldering ability of the copper. With a surface finish, however, the copper layer is protected from oxidation, maintaining […]

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The Differences Between Barrel and Rack Plating

Choosing the right electroplating method is essential for achieving optimal results and minimizing the risk of damage to the finished product. Two of the most commonly applied processes for plating multiple workpieces are barrel and rack plating. Each offers several advantages, as well as points the plater and customer must consider when determining the most appropriate method for their project.

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The Importance of Being a Socially Responsible Metal Finishing Company

We hear a lot about the need for companies in all industries to become more socially responsible — but what does this really mean? A simple definition of social responsibility is striving to find a balance between increasing revenues and maximizing profits, and engaging in activities that benefit the local community and society in general.

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How to Work With Your Metal Finishing Services Provider

Electroplating and electroless plating are crucial processes for ensuring a successful outcome in many manufacturing and fabricating operations. Plating provides the essential “finishing touch” that protects the workpiece against destructive forces such as corrosion, extreme temperatures and wear, while also enhancing its aesthetic appeal. Working closely with your plating services provider is key to attaining […]

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What Is Eddy Current Testing?

Eddy current testing is a method of non-destructive testing, or NDT, that utilizes the process of electromagnetic induction for the evaluation and measurement of conductive materials without causing damage. Eddy current testing, or ECT, is used primarily in the detection of surface and sub-surface flaws such as cracks in conductive materials like metal, and it […]

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